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Using the IBM Block Storage CSI Driver in a Red Hat OpenShift Environment
RedHat OpenShift container platform is one of the leading enterprise-grade container orchestration platforms. It is designed for rapid deployment of web applications, databases, and microservices. Categorized as a container orchestration Platform as a Service (PaaS), it is based on open industry standards, such as the Container Runtime Interface - Open (CRI-O) and Kubernetes. OpenShift allow developers to focus on the code, while the platform manages the complex IT operations and processes. Although open-source, community-driven container orchestration platforms are available, such as OKD and Kubernetes, this IBM® Redpaper® publication focuses on Red Hat OpenShift. It describes the basic c...
Cloud Object Storage as a Service: IBM Cloud Object Storage from Theory to Practice - For developers, IT architects and IT specialists
The digital enterprise has resulted in an explosion of data, and data volumes are expected to grow in zettabyte scale in the next few years. This explosive growth is largely fueled by unstructured data, such as video, social media, photos, and text. IBM® Cloud Object Storage (previously known as Cleversafe®) provides organizations the flexibility, scalability, and simplicity required to store, manage, and access today's rapidly growing unstructured data. Cloud Object Storage (COS) provides access to your unstructured data via a self-service portal from anywhere in the world with RESTful APIs, including OpenStack Swift API and S3-compatible API, enterprise availability, and security. IBM CO...
IBM Spectrum Scale CSI Driver for Container Persistent Storage
IBM® Spectrum Scale is a proven, scalable, high-performance data and file management solution. It provides world-class storage management with extreme scalability, flash accelerated performance, automatic policy-based storage that has tiers of flash through disk to tape. It also provides support for various protocols, such as NFS, SMB, Object, HDFS, and iSCSI. Containers can leverage the performance, information lifecycle management (ILM), scalability, and multisite data management to give the full flexibility on storage as they experience on the runtime. Container adoption is increasing in all industries, and they sprawl across multiple nodes on a cluster. The effective management of conta...
Implementing OpenStack SwiftHLM with IBM Spectrum Archive EE or IBM Spectrum Protect for Space Management
The Swift High Latency Media project seeks to create a high-latency storage back end that makes it easier for users to perform bulk operations of data tiering within a Swift data ring. In today's world, data is produced at significantly higher rates than a decade ago. The storage and data management solutions of the past can no longer keep up with the data demands of today. The policies and structures that decide and execute how that data is used, discarded, or retained determines how efficiently the data is used. The need for intelligent data management and storage is more critical now than ever before. Traditional management approaches hide cost-effective, high-latency media (HLM) storage,...
Using XIV in OpenStack Environments
This IBM® RedpaperTM publication provides a brief overview of OpenStack and IBM Cloud Manager with OpenStack. It focuses on the use of OpenStack with the IBM XIV® Storage System Gen3. The illustration scenario in the paper uses the OpenStack Icehouse release, which is installed on RedHat Linux servers, and the IBM Storage Driver for OpenStack. This paper is intended for clients and cloud administrators who look forward to integrating IBM XIV Storage Systems in OpenStack and using IBM Cloud Manager with OpenStack environments. The paper provides guidance in setting up an environment by using XIV as the back-end storage in an OpenStack cloud environment. This paper is not an official support document.
IBM Spectrum Connect and IBM Storage Enabler for Containers: Practical Example with IBM FlashSystem A9000
This IBM® RedpaperTM publication provides an overview of containers and their framework. Container technology enables prepackaged and pre-configured software with the elements that are needed to run in any environment. Because they are meant to be portable, containers normally restrict applications from storing data on external storage. To overcome this limitation, IBM has developed a solution to provide persistent storage for containers on IBM storage systems, known as the IBM Storage Enabler for Containers. The Enabler tightly integrates with IBM SpectrumTM Connect (formerly IBM Spectrum ControlTM Base Edition). IBM Storage Enabler for Containers v1.0 extends IBM Spectrum Connect to Kubernetes orchestrated container environments. The paper focuses on containers implementation, management, and control by using IBM Spectrum Connect and IBM Storage Enabler for Containers plug-in, with IBM FlashSystem® A9000 or A9000R.
IBM Linear Tape File System Enterprise Edition V1.1.1.2: Installation and Configuration Guide
This IBM® Redbooks® publication helps you with the planning, installation, and configuration of the new IBM Linear Tape File SystemTM (LTFS) Enterprise Edition (EE) V1.1.1.2 for the IBM TS3310, IBM TS3500, and IBM TS4500 tape libraries. LTFS EE enables the use of LTFS for the policy management of tape as a storage tier in an IBM General Parallel File System (IBM GPFSTM) based environment and helps encourage the use of tape as a critical tier in the storage environment. LTFS EE can run any application that is designed for disk files on tape. LTFS EE supports IBM Linear Tape-Open (LTO) Ultrium 6 and 5 tape drives in IBM TS3310, TS3500, and TS4500 tape libraries. IBM TS1140 and IBM TS1150 tap...
Using IBM DS8000 in an OpenStack Environment
With the availability of the IBM® Storage Driver for OpenStack, the IBM DS8000® can offer a range of capabilities that enable more effective storage automation deployments to private or public clouds. Enabling OpenStack with DS8000 allows storage to be made available whenever it is needed without the traditional associated cost of highly skilled administrators and infrastructure. This IBM RedpaperTM publication explains how to integrate the DS8000 in an OpenStack environment, first from the DS8000 Storage Administrator perspective and then from a cloud administrator standpoint. This paper also contains practical examples and illustrations of DS8000 functions that can be used with OpenStack, as it applies for DS8880 Release 8.3 and the OpenStack Pike release.
Enabling Hybrid Cloud Storage for IBM Spectrum Scale Using Transparent Cloud Tiering
This IBM® Redbooks® publication provides information to help you with the sizing, configuration, and monitoring of hybrid cloud solutions using the transparent cloud tiering (TCT) functionality of IBM SpectrumTM Scale. IBM Spectrum ScaleTM is a scalable data, file, and object management solution that provides a global namespace for large data sets and several enterprise features. The IBM Spectrum Scale feature called transparent cloud tiering allows cloud object storage providers, such as IBM CloudTM Object Storage, IBM Cloud, and Amazon S3, to be used as a storage tier for IBM Spectrum Scale. Transparent cloud tiering can help cut storage capital and operating costs by moving data that do...
Data Accelerator for AI and Analytics
This IBM® Redpaper publication focuses on data orchestration in enterprise data pipelines. It provides details about data orchestration and how to address typical challenges that customers face when dealing with large and ever-growing amounts of data for data analytics. While the amount of data increases steadily, artificial intelligence (AI) workloads must speed up to deliver insights and business value in a timely manner. This paper provides a solution that addresses these needs: Data Accelerator for AI and Analytics (DAAA). A proof of concept (PoC) is described in detail. This paper focuses on the functions that are provided by the Data Accelerator for AI and Analytics solution, which simplifies the daily work of data scientists and system administrators. This solution helps increase the efficiency of storage systems and data processing to obtain results faster while eliminating unnecessary data copies and associated data management.
